Computer Science – Performance
Scientific paper
Aug 1981
adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1981ell....17..555s&link_type=abstract
Electronics Letters, vol. 17, Aug. 6, 1981, p. 555-557. NSF-supported research.
Computer Science
Performance
Chips (Electronics), Flip-Flops, Gallium Arsenides, Millimeter Waves, Performance Prediction, Schottky Diodes, Contact Resistance, Fabrication, Liquid Phase Epitaxy, Low Noise, Radio Astronomy, Submillimeter Waves
Scientific paper
The growth in knowledge attained in astronomy as a result of the study of millimeter and submillimeter radio signals has been made possible by the employment of the Schottky-barrier diode with its extreme sensitivity and its capability for low-noise operation. The standard structure of the Schottky-diode chip involves the use of a sharply pointed whisker. This contact whisker can cause operational difficulties. The considered investigation is concerned with the development of a new millimeterwave Schottky-diode structure which eliminates the whisker completely and allows direct bonding of the anode to the RF choke structure. It is shown that the technology for fabrication and mounting a flip-flop diode is practical. Even initial tests under far from ideal conditions yielded reasonable RF data.
Mattauch Robert J.
Setzer C. S.
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